Sentence examples for useful methods for analyzing from inspiring English sources
These data indicate that experimental modeling and FEM analysis are useful methods for analyzing the relationship between stent structure and stent/wall stress distributions and may help guide the design of new stents.
The Radon transform is a useful method for analyzing lineaments in a 2-D map.
EIS measures the internal resistance and is a useful method for analyzing charge-transport processes [19].
Solid-state NMR is an excellent and useful method for analyzing solid-state forms of drugs.
The results suggested that the reflection-image-based estimation system developed in this study was a useful method for analyzing the light conditions under artificial lighting.
As has been discussed in the preceding sections, we found that a combined analysis of observed and model ensemble data is a useful method for analyzing the development of plumes and the distribution of radioactive materials, but neither approach alone is adequate.
MLST is a useful method for analyzing the core genes of pathogens that are of public health importance.
In contrast, dynamic simulation of cell metabolism is expected to become a useful method for analyzing and elucidating not only a metabolic state but also all transient in vivo cellular bioprocesses; such dynamic modeling requires knowledge of kinetic parameters.
Response surface methodology (RSM) is considered a useful method for analyzing several independent parameters on response to expected dependent variables because it integrates mathematical and statistical techniques [ 18].
Because biopsy samples including superficial epithelial cells of the ocular surface can be obtained with this method, this is the most useful method for analyzing the pathologic conditions of the local conjunctiva, as it enables the measurement of chemokine mRNA expression in cytology specimens.
Such experiments will aid in the development of TYR as a promising reporter gene for MRI and photoacoustic imaging which may be useful non-invasive methods for analyzing relative transfection rates, tumor growth rates, or cell migration in animals.
